A 7-DoF snake robot, using dynamixel MX-28AR, ROS Control.
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Updated
Aug 28, 2019 - C++
A 7-DoF snake robot, using dynamixel MX-28AR, ROS Control.
Implementation of Snake locomotion mechanisms on the derived Simplified Kinematical Model of discrete Snake Robot in MATLAB.
A Moduler Snake Robot Based On ROS and V-Rep
OPPAS: OPen-source PArametric Snake-robot
The aim of the project is to understand the dynamics of underwater robots in general and the effect of lift, drag and hydrodynamic coefficients on them and to simulate, validate and develop a snake-like robot which is robust enough to carry out underwater exploratory tasks.
Simulation of different natural and artificial gaits of a snake in ROS using ROS control
ESP32-powered modular snake robot with 8+ motion gaits, Bluepad32 gamepad control, ToF sensors, and autonomous navigation. Arduino-based locomotion system with 10 DOF.
7-joint bioinspired snake robot for pipeline inspection - ESP32 serpenoid gaits, FEA-validated 3D-printed design, live YOLOv8/TFLite defect detection dashboard (mAP@50 83%)
Physics-informed RL for snake-robot gait optimization in MuJoCo — an LSTM agent tunes serpenoid wave parameters instead of raw joint torques, for far more energy-efficient locomotion.
This project extends the ACMR Snake Robot with obstacle avoidance in CoppeliaSim. Using a proximity sensor, the robot detects objects within 0.4m and adjusts its vertical joints to respond dynamically. The system ensures smooth movement while avoiding collisions.
Snake Robot using Adruino mega , IR sensor , ESP 32 CAM
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